Adjustable airflow regulator

Abstract

An airflow regulating device includes a first airflow regulator configured to replace a tractor truck's grille, means for adjusting the first airflow regulator between open and closed configurations, a second airflow regulator positioned inside a housing configured to attach atop the truck's cab, means for adjusting the second airflow regulator between open and closed configurations, and means for actuating each adjustment means. The second airflow regulator may embody either a multiple-louver or a nested-panel formation, and a proximity sensor is included in the means to actuate the adjustment means of the second airflow regulator. The first and second actuation means determine whether the first and second airflow regulators should be in the open or closed configurations and actuate the first and second adjustment means accordingly. The first and second adjustment means then adjust the first and second airflow regulators to the appropriate configurations, improving the truck's gas mileage.

Description

BACKGROUND OF THE INVENTION [0001] This invention relates generally to an airflow regulator. In particular, the present invention relates to an adjustable airflow regulating device. [0002] Many vehicles, and particularly large tractor trucks (also known as semi trucks) currently suffer from inefficiencies stemming from uncontrolled or imperfectly controlled airflow. If airflow over a truck is not deflected, the ensuing trailer will often create a large amount of drag. This unnecessarily reduces the truck's gas mileage. However, if the airflow over the truck is always deflected, the deflection creates an additional amount of drag that is unnecessary if a trailer is not being pulled. [0003] Further, airflow over truck radiators is currently not regulated. While this may be appropriate for small vehicles which are primarily concerned about cooling, large trucks would benefit enormously by being able to control the airflow over their radiators. Especially at startup, much work is requir...

AI Technical Summary

Benefits of technology

"The present invention is an airflow regulating device for automobiles that includes two adjustable airflow regulators. The first airflow regulator is placed on the front of a tractor truck to control the airflow into the engine, while the second airflow regulator is placed on the cab of the truck to control the airflow into the engine. The device can automatically adjust to optimize airflow and improve gas mileage. It can be retrofitted onto existing automobiles and is easy to install."

Problems solved by technology

Many vehicles, and particularly large tractor trucks (also known as semi trucks) currently suffer from inefficiencies stemming from uncontrolled or imperfectly controlled airflow.

If airflow over a truck is not deflected, the ensuing trailer will often create a large amount of drag.

This unnecessarily reduces the truck's gas mileage.

However, if the airflow over the truck is always deflected, the deflection creates an additional amount of drag that is unnecessary if a trailer is not being pulled.

Further, airflow over truck radiators is currently not regulated.

Especially at startup, much work is required for large truck engines to reach their operating temperatures.

As a result, large trucks must spend considerable amounts of time warming up before being used, and many large truck drivers do not shut down their trucks when only stopped for short amounts of time.

Not only does this warm up time needlessly extend the drivers' days, but it also reduces the trucks' gas mileage by burning fuel.

While assumably effective for their intended purposes, none of the above proposals provide a device to be retrofitted onto a tractor truck that improves gas mileage as drastically by effectively regulating airflow that reaches the tractor truck.

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